By scanning the brains of adults that played Pokmon as children, researchers discovered that this set of people have a brain region that responds more to the cartoon characters than to other pictures. More to the point, this magical research method has provided us fresh insight into the way the brain organizes visual information. For the study, published today in the journal Nature Human Behavior, researchers recruited 11 adults who were experience Pokmon players believing that they started playing between the ages of five and eight, lasted for a little while, and then played as adults and 11 beginners.
They tested each one the participants around the names of pokmon to make sure that the pros actually could inform a Clefairy from a Chansey. Next, they scanned the player brains while displaying images of all 150 original pokmon (in rounds of eight) along with other images, like animals, faces, cars, words, corridors, and other cartoons.
In experienced players, a particular region responded more to the pokmon compared to these other images.
We know that the mind has cell clusters that respond to specific images, and thers one for recognizing Jennifer Aniston. What predicts which component of the brain will respond? Does the brain categorize pictures (and therefore develop these areas ) based on how animated or they are? Could it be based on how linear or round an object is?
Educating a new visual stimulation is a carefully controlled process.
For this generation, everybody saw the very same images (black-and-white poison that didt move), and many folks held that the Game Boy about a foot away from their head, making this an perfect experiment. The results support a concept calledeccentricity bias which suggests that the size of these pictures wre considering and whether wre looking at it using peripheral or central vision will predict which area of the mind will respond. This specific region is connected with people looking directly at an image. This is the first time Gomez has studied the mind utilizing pokmon.
